Click image to view full size image
| Keywords: | Chromium Carbide Powder Synonyms: chromium carbide powder, chromic carbide, chromium(2+), Chromium carbide (metal carbide) Chromium Carbide Chemical Formulas: Cr3C2, |
Product Specification:
| Grade | CHEMICAL COMPOSITION(max,%) | ||||||||||
| Total carbon | Free carbon | Impurities(max,%) | |||||||||
| Nb | Fe | Si | O | N | S | K | Ca | ||||
| LF-Cr3C2 | ≥12.8 | ≤0.30 | 0.01 | 0.08 | 0.04 | 0.7 | 0.10 | 0.03 | 0.005 | 0.005 | |
| Particle size:0.5-500micron , can be as requested. | |||||||||||
PROPERTIES OF Chromium CARBIDE (cr3c2):
Molar Mass: 180.01 g/mol
Density: 6.65-6.68 g/cm3
Melting Point: 1980°C
Boiling Point: 3800°C
Hardness: 1735 Knoop
Young's Modulus: 373 GPa
Thermal Conductivity: 190 W/m·°C
Corrosion resistant
| Cr3C2 introduction | Chromium Carbide Powder is gray powder with rhombic system structure, which is insoluble in water and resistant to acid and alkali. Chromium Carbide Powder is high melting-point inorganic material with wear resistance, corrosion resistance and resistance to oxidation at elevated temperature (1000~ 1100oC), and is expansively used as thermal spray material to protect the metal surface. Cr3C2 cermet has excellent resistance to oxidation at high temperature. Chromium carbide,Chemical formula Cr3C2, Molecular weight 180.02,Carbon content 13.344%, Density 6.68 g/cm3, Melting point 1890ºC, Boiling point:3800ºC.Chromium carbide is gray powder with rhombic system structure,Extreme hardness and excellent surface finish. They are usually formed by standard P/M techniques (cold pressing and sintering). |
| Cr3C2 Application: |
a) Structural applications include bearings, seals, valve seats and orifices. Corrosion resistance makes them c andidates for chemical equipment service. b) Chromium carbide is used as a thermal spray material for protecting the underlying metal surface, and as an additive to corrosion-resistant and wear-resistant materials. It is used as a fine crystal phase in other sintered carbides, where, like the vanadium carbide, it inhibits growth of submicrometre grains during pressing and sintering. c) Chromium carbide applications are particularly effective where sliding abrasion is present. For example, in chutes, liners, hoppers, flasks, bucket kits, skid plates, apron feeders, cyclones, fan blades, etc. Structural applications include bearings, seals, valve seats and orifices. Corrosion resistance makes them c andidates for chemical equipment service. |
| main products of LFJS | 1.Powdered materials including Chromium Carbide Cr3C2 , Hafnium Carbide HfC, Molybdenum Carbide Mo2C, Niobium Carbide NbC, Tantalum Carbide Tac, Titanium Carbide TiC, Vanadium Carbide VC, Zirconium Carbide ZrC, Titanium Carbide Nitrides Ti (C,N); (suitable for plasma coating, thermal spray coating, cold spray,additive in cutting tools,CVD,PCB,3D printing, abrasive materials,MIM,powder metallurgy,etc) 2.compound carbide powder: (Ta,Nb)C,(W,Ti)C , (W,Ta)C, (Ti,Ta)C ,(W,Ti,Ta)C, (W,Ti,Ta.Nb)C,(W,Ti,Ta,Cr)C. 3. Ti (C,N) based cermet rods/ inserts/blanks; (suitable for drilling and cutting tools, CNC tools, printed circuit board, drilling milling turning threading turning tools etc.Sinter-HIP process.) 4. WC-CO tile cutting wheel. 5.planetary ball mill |
| contact us: | Contact us: mobile:86-15974242234 |
FAQ
1.What size do you need? Since we have 60-325mesh,
a.0.8um: normally used as additives in carbide, cutting tools,etc. (additive amount:0.1%~2%)
b.60-325mesh: mixed with other materials normally used in spraying coating, which have strict
requirement in particle size and its mixture evenness.
c.3~5um:normally used in alloy products.
2.our test methods are as follows:
a.FSSS Fisher Sub-sieve sizer b.Laser c.SEM d.Seizing e.apparent density of powders
3.Delievery time:about 7 days for carbide powder.
Contact us:
mobile:86-15974242234